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Technologies merging enhanced oil recovery with in situ upgrading can significantly increase the economic and environmental efficiency of unconventional oil exploitation. This work targets understanding the effects of thermal processing in a porous medium at moderate temperatures (340–370°C) and residence time between 12 and 48h for Athabasca bitumen. The main limitation for upgrading via thermal...
The proposed in situ catalytic upgrading of heavy oil to achieve an environmentally sustainable method for heavy oil recovery requires the placement of nanodispersed catalyst particles deep into the formation where it can accelerate the high‐temperature upgrading reactions. In continuation of the previous work [Zamani et al., Energy Fuels 24, 4980‐4988 (2010)], this paper presents results of several...
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